3M™ Maxim Elite 1000 Safety Glasses
3M™ Maxim Elite 1000 Safety Glasses
3M™ Maxim Elite 1000 Safety Glasses

3M™ Maxim Elite 1000 Safety Glasses

Regular price $71.00 Sale

3M™ Maxim Elite 1000 Safety Glasses

3M™ Maxim Elite 1000 Series Safety Glasses fuse performance with modern accents influenced by lifestyle eyewear. This eyewear features a stylish wraparound design with polycarbonate lenses that absorb 99.9% of harmful UVA and UVB rays for comprehensive eye safety. Choose both form and function with the timeless aesthetics and reliable protection of 3M™ Maxim Elite 1000 Series Safety Glasses.

A lightweight, rubber-painted frame helps make 3M™ Maxim Elite 1000 Series Safety Glasses a reliably tough and rugged eyewear choice. This durability extends to the lenses, which feature an anti-fog and anti-scratch coating that helps provide abrasion resistance in harsh working environments. Next-generation eye protection is within your grasp — reach for 3M™ Maxim Elite 1000 Series Safety Glasses and take your safety seriously.

  • Features a wraparound lens
  • Contemporary design is influenced by performance requirements and modern lifestyle eyewear
  • Lightweight, rubber-painted matte frame is made for enhanced durability
  • Rugged polycarbonate lenses absorb 99.9% of harmful UVA and UVB rays
  • Lenses are covered with an anti-fog and anti-scratch coating for added abrasion resistance
  • Meets the requirements of ANSI Z87.1-2015 Standard as an Impact Rated Spectacle

Suggested Applications

  • An ideal choice for worker eye safety in demanding environments
  • Made to withstand the rigours experienced in industries like automotive, construction, general manufacturing, mining, oil & gas, and pharmaceuticals
  • When working in climates with changing temperatures, help workers see clearly, longer by choosing a pair of 3M™ Maxim Elite 1000 Series Safety Glasses with Scotchgard™ Protector Anti-Fog Coating

    Lens Options:

    • Clear Lens - MXE1001SGAF-BLK
    • Photochromic - MXE1013SGAF-BLK - Photochromic lens darkens when exposed to UV light outdoors, and lightens when removed from UV exposure indoors